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IPIN 2012: Sydney, Australia
- 2012 International Conference on Indoor Positioning and Indoor Navigation, IPIN 2012, Sydney, Australia, November 13-15, 2012. IEEE 2012, ISBN 978-1-4673-1955-3
- Sverre Holm
:
Ultrasound positioning based on time-of-flight and signal strength. 1-6 - Yuya Itagaki, Akimasa Suzuki, Taketoshi Iyota:
Indoor positioning for moving objects using a hardware device with spread spectrum ultrasonic waves. 1-6 - Matthew McGill, Rudino Salleh, Timothy Wiley
Virtual reconstruction using an autonomous robot. 1-8 - Vahideh Moghtadaiee
WiFi fingerprinting signal strength error modeling for short distances. 1-6 - Rainer Wasinger, Kurt Gubi, Judy Kay, Bob Kummerfeld, Michael Fry, Tsvi Kuflik
RoughMaps A generic platform to support symbolic map use in indoor environments. 1-10 - Matteo Cypriani, Philippe Canalda, François Spies, Ancuta Dobircau:
Benchmark measurements for Wi-Fi signal strength-based positioning system. 1-8 - Anja Bekkelien
Harmonization of position providers. 1-7 - Henri Nurminen, Jukka Talvitie
Statistical path loss parameter estimation and positioning using RSS measurements in indoor wireless networks. 1-9 - Yoshihiro Sakamoto, Takuji Ebinuma, Kenjiro Fujii, Shigeki Sugano
Doppler positioning with orientation estimation by using multiple transmitters for high-accuracy IMES localization. 1-9 - Emi Nakamori, Daiki Tsukuda, Manato Fujimoto, Yuki Oda, Tomotaka Wada, Hiromi Okada, Kouichi Mutsuura:
A new indoor position estimation method of RFID tags for continuous moving navigation systems. 1-8 - Andreas Fink, Helmut Beikirch:
Adding link quantity information to redundant RF signal strength estimates for improved indoor positioning. 1-6 - Alexander Beetz:
Separation of control quality and measurement accuracy for guiding control tasks of an indoor construction machine simulator. 1-11 - Yan Li
A robust pedestrian navigation algorithm with low cost IMU. 1-7 - Isaac Skog
Fusing the information from two navigation systems using an upper bound on their maximum spatial separation. 1-5 - Jörg Blankenbach
A robust and precise 3D indoor positioning system for harsh environments. 1-8 - Michael Angermann, Martin Frassl, Marek Doniec, Brian J. Julian, Patrick Robertson:
Characterization of the indoor magnetic field for applications in Localization and Mapping. 1-9 - Simon Schmitt, Heiko Will, Benjamin Aschenbrenner, Thomas Hillebrandt, Marcel Kyas
A reference system for indoor localization testbeds. 1-8 - Tim Schwartz, Christoph Stahl
Using natural footstep-accurate traces for indoor positioning evaluation. 1-8 - Heiko Will, Thomas Hillebrandt, Marcel Kyas
The Geo-n localization algorithm. 1-10 - Moritz Kessel, Sascha Schreier:
Platform for hybrid positioning based on a sensor description language. 1-10 - David Simon Colomar, John-Olof Nilsson, Peter Händel
Smoothing for ZUPT-aided INSs. 1-5 - Enrico Koppe, Daniel Augustin, Achim Liers, Jochen H. Schiller
Automatic 3D calibration for a multi-sensor system. 1-6 - Fernando Pereira, Christian Theis, Adriano J. C. Moreira
Multi-technology RF fingerprinting with leaky-feeder in underground tunnels. 1-9 - Aftab Ahmed Khan, Thomas H. Kolbe
Constraints and their role in subspacing for the locomotion types in indoor navigation. 1-12 - Nicolai Viol, Jó Ágila Bitsch Link, Hanno Wirtz, Dirk Rothe, Klaus Wehrle
Hidden Markov model-based 3D path-matching using raytracing-generated Wi-Fi models. 1-10 - Masanori Sugimoto, Noriyoshi Kanie, Shigeki Nakamura, Hiromichi Hashizume:
An accurate 3D localization technique using a single camera and ultrasound. 1-8 - Christian Ascher, Sebastian Werling, Gert F. Trommer, Lukasz Zwirello, Carina Hansmann, Thomas Zwick
Radio-asissted inertial navigation system by tightly coupled sensor data fusion: Experimental results. 1-7 - Dariusz Gotlib
The research on cartographical indoor presentation and indoor route modeling for navigation applications. 1-7 - Fabian Höflinger, Rui Zhang, Joachim Hoppe, Amir Bannoura
Acoustic Self-calibrating System for Indoor Smartphone Tracking (ASSIST). 1-9 - Theresa Nick, Sebastian Cordes, Jürgen Götze, Werner John:
Camera-assisted localization of passive RFID labels. 1-8 - Agata Brajdic, Robert Harle:
Scalable indoor pedestrian localisation using inertial sensing and parallel particle filters. 1-10 - Binghao Li
How feasible is the use of magnetic field alone for indoor positioning? 1-9 - Michael Gunawan, Binghao Li
A new method to generate and maintain a WiFi fingerprinting database automatically by using RFID. 1-6 - Thomas J. Gallagher, Elyse Wise, Binghao Li
Indoor positioning system based on sensor fusion for the Blind and Visually Impaired. 1-9 - Ming Li, Long Han, Weiqiang Kong, Shigeaki Tagashira, Yutaka Arakawa
A dynamic channel assignment method based on location information of mobile terminals in indoor WLAN positioning systems. 1-9 - Bouna Fall, Fouzia Elbahhar
Time-Reversal UWB positioning beacon for railway application. 1-8 - Filipe Meneses
Large scale movement analysis from WiFi based location data. 1-9 - Michailas Romanovas, Vadim Goridko, Ahmed Al-Jawad, Manuel Schwaab, Martin Traechtler, Lasse Klingbeil
A study on indoor pedestrian localization algorithms with foot-mounted sensors. 1-10 - Anna Maria Vegni
An indoor localization algorithm in a small-cell LED-based lighting system. 1-7 - Huang Cheng, Feng Wang, Rui Tao, Haiyong Luo, Fang Zhao:
Clustering algorithms research for device-clustering localization. 1-7 - Dylan Campbell
Mobile 3D indoor mapping using the Continuous Normal Distributions Transform. 1-9 - Yaemi Teramoto, Akinori Asahara:
Wireless LAN based indoor positioning using radio-signal strength distribution modeling. 1-7 - Nima Alam, Allison Kealy
Hybrid CFO-RSS Cooperative Positioning for environments with limited GNSS visibility. 1-6 - Günther Retscher, Tobias Hecht:
Investigation of location capabilities of four different smartphones for LBS navigation applications. 1-6 - Allison Kealy
Collaborative navigation with ground vehicles and personal navigators. 1-8 - Elyse Wise, Binghao Li
Indoor navigation for the blind and vision impaired: Where are we and where are we going? 1-7 - Nayef Alsindi, Zdenek Chaloupka, James Aweya:
Entropy-based location fingerprinting for WLAN systems. 1-7 - Álvaro Fialho, André M. Cavalcante, Afonso Costa, Jonathan Ledlie:
Classifying and using motion in organic indoor positioning. 1-10 - André M. Cavalcante, Rafael C. D. Paiva, Renato F. Iida, Álvaro Fialho, Afonso Costa, Robson D. Vieira
Audio beacon providing location-aware content for low-end mobile devices. 1-9 - Maria Garcia Puyol, Patrick Robertson, Oliver Heirich
Complexity-reduced FootSLAM for indoor pedestrian navigation. 1-10 - Markus Kleinert, Uwe Stilla
On sensor pose parameterization for inertial aided visual SLAM. 1-9 - José E. Guivant
Distributed multi sensor data fusion for autonomous 3D mapping. 1-11 - Antonio Jesus Ruiz Ruiz, Pedro E. López-de-Teruel, Óscar Cánovas:
A multisensor LBS using SIFT-based 3D models. 1-10 - Jared Bancroft, David Garrett, Gérard Lachapelle:
Activity and environment classification using foot mounted navigation sensors. 1-10 - Nyein Aye Maung Maung, Makoto Kawai:
Hybrid RSS-SOM localization scheme for wireless ad hoc and sensor networks. 1-7 - Paul Heiniz, Karl-Heinz Krempels, Christoph Terwelp, Stefan Wüller:
Landmark-based navigation in complex buildings. 1-9 - Ish Rishabh, Don Kimber, John Adcock:
Indoor localization using controlled ambient sounds. 1-10 - Ikhlas Selmi, Alexandre Vervisch-Picois, Yaneck Gottesman, Nel Samama:
Optical and radio calibration of the repealite based indoor positioning system. 1-8 - Moritz Kessel, Martin Werner:
Automated WLAN calibration with a backtracking particle filter. 1-10 - Alexandre Patarot, Mehdi Boukallel, Sylvie Lamy-Perbal, Alexandre Vervisch-Picois, Nel Samama:
INS and GNSS fusion enhancement based on a weighted reliabilities approach. 1-10 - Guillaume Trehard, Mehdi Boukallel, Sylvie Lamy-Perbal:
Indoor pedestrian localisation solution based on anemometry sensor integration with a smartphone. 1-9 - Thomas Ulrich:
Uncertainty estimation for kinematic laser tracker measurements. 1-10 - Heidi Kuusniemi, Mohammad Zahidul H. Bhuiyan
Utilizing pulsed pseudolites and high-sensitivity GNSS for ubiquitous outdoor/indoor satellite navigation. 1-7 - Samuel Van de Velde, Heidi Steendam:
CUPID algorithm for cooperative indoor multipath-aided localization. 1-6 - Markus Langer, Stefan Kiesel, Christian Ascher, Gert F. Trommer:
Deeply Coupled GPS/INS integration in pedestrian navigation systems in weak signal conditions. 1-7 - Sven Heissmeyer, Ludger Overmeyer, Andreas Müller:
Indoor positioning of vehicles using an active optical infrastructure. 1-8 - Laura Ruotsalainen
Mitigation of attitude and gyro errors through vision aiding. 1-9 - James Pinchin, Chris Hide, Terry Moore
A particle filter approach to indoor navigation using a foot mounted inertial navigation system and heuristic heading information. 1-10 - Carlos Medina
Feasibility of ultrasound positioning based on signal strength. 1-9 - Pekka Peltola
A portable and low-cost 3D tracking system using four-point planar square calibration. 1-9 - Johannes Wendeberg, Jörg Müller, Christian Schindelhauer
Robust tracking of a mobile beacon using time differences of arrival with simultaneous calibration of receiver positions. 1-10 - Sara Khalifa, Mahbub Hassan:
Evaluating mismatch probability of activity-based map matching in indoor positioning. 1-9 - Juraj Machaj
Optimization of rank based fingerprinting localization algorithm. 1-7 - Gayan Attanayake, Yue Rong
RSS-based indoor positioning accuracy improvement using antenna array in WLAN environments. 1-6 - Kristian Cujia, Martin Wirz, Mikkel Baun Kjærgaard
DactyLoc: A minimally geo-referenced WiFi+GSM-fingerprint-based localization method for positioning in urban spaces. 1-9 - Tao Li, Jinling Wang
Analysis of ambiguity resolution in precise pseudolite positioning. 1-7 - Hiromichi Yoshiga, Akimasa Suzuki, Taketoshi Iyota:
An information addition technique for indoor self-localization systems using SS ultrasonic waves. 1-6 - Nelly De Bonnefoy, Yohann Dugua, Samir Torki, Jean-Pierre Jessel, Bernard Ordy:
Hybrid indoor/outdoor localization system to improve aeronautical maintenance works. 1-12 - Rahmi Salman, Ingolf Willms:
A mobile security robot equipped with UWB-radar for super-resolution indoor positioning and localisation applications. 1-8 - Christian Ascher, Christoph Kessler, Rüdiger Weis, Gert F. Trommer:
Multi-floor map matching in indoor environments for mobile platforms. 1-8 - Francisco Zampella
A constraint approach for UWB and PDR fusion. 1-9 - Christos Laoudias
Device signal strength self-calibration using histograms. 1-8 - Jó Ágila Bitsch Link, Felix Gerdsmeier, Paul Smith, Klaus Wehrle
Indoor navigation on wheels (and on foot) using smartphones. 1-10 - Michael Hardegger, Daniel Roggen
ActionSLAM: Using location-related actions as landmarks in pedestrian SLAM. 1-10 - Ulrich Birkel, Mark Weber:
Indoor localization with UMTS compared to WLAN. 1-6 - Sebastian Hilsenbeck, Andreas Möller, Robert Huitl, Georg Schroth, Matthias Kranz
Scale-preserving long-term visual odometry for indoor navigation. 1-10 - Samih Eisa
Requirements and metrics for location and tracking for ambient assisted living. 1-7 - Jorge Juan Robles, Enrique Gago Muñoz, Laura de la Cuesta, Ralf Lehnert:
Performance evaluation of an indoor localization protocol in a 802.15.4 sensor network. 1-10 - Nelson Marques, Filipe Meneses
Combining similarity functions and majority rules for multi-building, multi-floor, WiFi positioning. 1-9 - Ivan Casacuberta, Alejandro Ramírez:
Time-of-flight positioning using the existing wireless local area network infrastructure. 1-8 - Markus Robens, Ralf Wunderlich, Stefan Heinen, Jürgen Sachs:
System simulation for M-sequence radar sensors. 1-9 - Christian Beder, Martin Klepal:
Fingerprinting based localisation revisited: A rigorous approach for comparing RSSI measurements coping with missed access points and differing antenna attenuations. 1-7 - Nadia Aloui, Kosai Raoof, Ammar Bouallègue, Stephane Letourneur, Sonia Zaibi:
A novel indoor localization scheme based on fingerprinting technique And CDMA signals. 1-5 - Friedrich Keller, Thomas Willemsen, Harald Sternberg:
Calibration of Smartphones for the use in indoor navigation. 1-8 - Katsuhiko Kaji, Nobuo Kawaguchi:
Gaussian Mixture Model and Particle Filter. 1-9 - Shinji Hotta, Yoshiro Hada, Yoshinori Yaginuma:
A robust room-level localization method based on transition probability for indoor environments. 1-8 - Jan Kokert, Fabian Höflinger, Leonhard M. Reindl
Indoor localization system based on galvanometer-laser-scanning for numerous mobile tags (GaLocate). 1-7 - Xun Li
Image matching techniques for vision-based indoor navigation systems: performance analysis for 3D map based approach. 1-8 - Seong-Eun Kim, Yong Kim, Jihyun Yoon, Eung Sun Kim:
Indoor positioning system using geomagnetic anomalies for smartphones. 1-5
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